Thiết bị đo điện trở cách điện SEW 6213A IN (10KV, 500G Ohm)

(ảnh Thiết bị đo điện trở cách điện SEW 6213A IN (10KV, 500G Ohm))

Hãng sản xuất: SEW Model: 6213A IN Xuất xứ: Đài Loan
Thông số kỹ thuật:
Test Voltage	From 500Vdc to 10KVdc adjustable in 500 V steps
Preset Buttons	1kV, 2.5kV, 5kV, 10kV
Measuring Range	800K Ohm ~ 500G Ohm (auto-ranging)
Accuracy	+/- 5% +/- 2 digits
Optput Power Limit	1W
Voltage Regulation	Selected voltage +20%-5% of nominal vlaue unless current limited. Meaning that if ouotput current is too high, the voltage will be lowered automatically
Weight	Appox. 3.6kg
Dimensions	330(L) x 260(W) x 160(D)mm
Power Source	8 x 1.5V Alkaline batteries
Accessories	Color coded flexible silicone test leads
	Instruction manual
	Batteries

Giá: 15.800.000 VND

Báo giá Thiết bị đo điện trở cách điện SEW 6213A IN (10KV, 500G Ohm)

Đặt hàng

Các tính năng chính

Smart microprocessor controlled.
2 x 16 characters, large, High Contrast, Intelligent L.C.D. Module.
20 Insulation test voltages. 500V, 1kV, 1.5kV, 2kV, 2.5kV, 3kV, 3.5kV, 4kV, 4.5kV, 5kV, 5.5kV, 6kV, 6.5kV, 7kV, 7.5kV, 8kV, 8.5kV, 9kV, 9.5kV, 10kV
Calculate Dielectric Absorption Ratio (DAR) automatically.
Calculate Polarization Index (PI) automatically.
Insulation resistance Auto-Ranging on all ranges.
Ener-Save (tm).
Bargraph indicates test voltage. Rise and decay can be observed.
Warning of external voltage presence (>500Vac or Vdc).
Overload protection.
Low battery indicator (real time battery Voltage Measurement).
Measure insulation time duration of the test.
Low battery consumption.
Better than 10% accuracy on all ranges.
Auto-off.
IEC/EN 61010-1 :2001, EN 61326-1, EN 55011, EN 61000-3-2, EN 61000-3-3, EN 61000-4-2, EN 61000-4-3, EN 61000-4-8

DAR = Eielectric Absorption Ration. The dielectric Absorption Ratio is the ratio of the Insulation Resistance measured at 1 Min divided per the insulation Resistance measured at 30 seconds. 30 seconds after starting a test (with EnerSave (tm) disabled), the tester will beep, indicating the operator that the resistance value measured at 30 seconds now has been saved internally. 1 Minute after starting a test (with EnerSave (tm) disabled), the tester will beep again, indicating the user that the DAR result is now computed, and change the dispaly format to now display the DAR result.

PI = Polarization index. The Polarizatin index or PI is the ratio of the Insulation Resistance measured at 10 Minutes divided per the insulation Resistance measured at 1 Minute. 10 Minutes after starting a test (with EnerSave (tm) disabled), the tester will beep again, indicating the user that the PI resuit is now computed, and change the display format to now display the PI result. The tester will Auto-Stop at 10 minutes.

Digital Dispaly : The digital Liquid Crystal Dispaly is large. It measures 98mm(W) x 24mm(H) and has 2 Lines of 16 Characters. Language can be changed on demand, as an option. Dutch /French / German etc... (factory fitted at order)

Automatic Battery Test. When the tester starts, it test its batteries by drawing a heavy current from the batteries. During that heavy current, it measure the battery voltage and displays it for a few seconds on the display. Durig normal use, the tester monitors the battery voltage, but without drawing a battery test current. It just measures the battery while in normal use.

Automatic Discharge of Capacitive and Inductive Circuits. This tester will discharge automatically all circuits charged by the tester, after a test is done, again, this will only be activated if the test leads make contact at any time before, during and after the test.

It is your responsibility to ensure proper contact of the leads at all times. Once a test is finished, the testers will automatically discharge capacitive or inductive circuit of their charge. The discharge can be observed on the display in the form of a bar-graph. Again, do not disconnect the leads while discharging. Wait until completion of the discharge before removing any lead. During discharge, the Buzzer will beep and the bar-graph will show some voltage. With some high charges, this may take some time. Be patient and let the instrument discharge completely before proceeding to removing the leads.